Increasing Organisations Security by Enhancing Access Control Methods

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http://doi.org/10.22214/ijraset.2020.5496

May 2020

International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com

Increasing Organisations Security by Enhancing Access Control Methods Mukti1, Shalini2, Mr. Amit Chugh3 1, 2, 3

Manav Rachna International Institute of Research and Studies, India

Abstract: Physical security is the assurance of Personnel, Hardware, Software, systems and information from physical activities and occasions that could make genuine misfortune or harm an undertaking, organization or foundation which incorporates insurance from fire, flood, natural disasters, burglary, theft, vandalism and fear mongering.

Physical security has three significant components: access control, surveillance and testing. In this paper we will discuss get to controls and the amount they are helpful and significant for the physical security so as to make sure about our systems. Some get to controls are fencing, locks, access control cards, biometric get to control, mantraps and so on.

Physical access control involves who, where, and when. An entrance control framework figures out who is permitted to enter or leave, where they are permitted to exit or enter, and when they are permitted to enter or exit. Verifiably, this was in part achieved through keys and bolts. At the point when of entrance is bolted, just somebody with a key can enter through the entryway, chance upon how the lock is designed. Mechanical bolts and keys don't permit limitation of the key holder to explicit occasions or dates. Mechanical bolts Keywords: IEE Format; Times New Roman; Access Control; Technical Control; Physical Security; Security; Securing data; Mackintosh; Accreditation; Hazards plan; I. INTRODUCTION Physical access control is a mechanical shape and can be thought of physical access to a stay with a key. There is presentation about how access control framework functions.

An accreditation is a physical/substantial article, a bit of information, or an aspect of an individual's physical being that empowers an individual access to a given physical office or PC based data framework. At the point when a qualification is introduced to a reader, the reader sends the accreditation's data, normally a number, to a control board, an exceptionally solid processor. The control board analyzes the accreditation's number to an entrance control rundown, allows or denies the introduced demand, and sends an exchange log to a database. At the point when access is denied dependent on the access control list, the entryway remains bolted. In the event that there is a match between the accreditation and the entrance control list, the control board works a hand-off that thusly opens the entryway. The control board likewise overlooks an entryway open sign to forestall an alert. Regularly the reader gives input, for example, a blazing red LED for an entrance denied and a glimmering green LED for an entrance conceded.

The above portrayal outlines a solitary factor exchange. Certifications can be transferred, along these lines undermine the power and authority of the entrance control list. For instance, Alice approaches rights to the server room, yet Bob doesn't. Alice either gives Bob her qualification, or Bob takes it; he currently approaches the server room. To forestall this, two-factor verification can be utilized. In a two factor exchange, the introduced qualification and a subsequent factor are required for access to be conceded; another factor can be a PIN, a subsequent certification, administrator mediation, or a biometric input.

There are three sorts (factors) of verifying data: Something that client knows, for eg a secret word, pass-expression or PIN Something the client has, for eg keen card or key dandy Something the client is for unique mark, confirmed by biometric estimation Passwords are typical methods for checking a client's character before get to is given to data frameworks. What's more, a fourth factor of verification is presently remembered: somebody you know, whereby someone else who realizes you can give a human component of confirmation in circumstances where frameworks have been set up to consider such situations. For instance, a client may have their secret word, yet have overlooked their shrewd card. In such a situation, if the client is known to assigned partners, the accomplices may give their brilliant card and secret word, in blend with the surviving variable of the client being referred to, and in this manner give two components to the client with the missing qualification, giving three elements in general to permit get to

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com A. Access Control Framework Parts Segments of an entrance control framework include: 1) An get to control board (otherwise called a controller) 2) An get to controlled section, for example, an entryway, gate, stopping door, lift, or other physical obstruction 3) A reader introduced close to the section. (In situations where the exit is likewise controlled, a subsequent reader is utilized on the contrary side of the section.)

4) Locking equipment, for example, electric entryways strikes and electromagnetic locks 5) A attractive entryway switch for checking entryway position 6) Request-to-leave (REX) gadgets for permitting departure. At the point when a REX Button is pushed, or the movement locator recognizes movement at the entryway, the entryway caution is briefly overlooked while the entryway is opened. Leaving the entrance without having to electrically open the entrance is called mechanical free departure. This is a significant good highlight. In situations where the lock must be electrically opened on leave, the solicitation to-leave gadget additionally opens the entryway.

II. BACKGROUND In today's world, there is an ever-growing concern about limiting and controlling access to areas containing highly-sensitive information and personnel, such as Department of Defence and Department of Energy facilities, research laboratories, airports and military installations. There is also concern about protecting the security of students, such as on high school or university campuses.

In the private sector, business operations that occupy large buildings,such as hotels and resorts, cruise liner terminals, airports, country clubs, container ports, and large multi-level parking facilities, have a need for monitoring and controlling vehicular access to various zones within the area controlled by the business. Security and vehicular access control may also be mandatory for private gated communities. Prior security systems are designed to monitor and control access to such facilities have been lacking in many respects. What is required, therefore, is an improved integrated security system for automatically controlling access to secure areas, for monitoring the movements of vehicles that have been granted access to the secure areas and for providing information in real time to both manned and unmanned security locations regarding such access and movements.

A. Security Risks The most widely recognized security danger of interruption through an entrance control framework is by just finishing a genuine client an entryway, and this is alluded to as closely following. Frequently the real client will keep the door open for the interloper.

This hazard can be limited through security mindfulness preparing of the client populace or increasingly dynamic methods, for example, entryways. In high-security applications this hazard is limited by utilizing a sally port, some of the time called a security vestibule or mantrap, where administrator intercession is required apparently to guarantee substantial distinguishing proof. Poor database arrangement or absence of dynamic interruption checking.More current access control frameworks consolidate some kind of entryway The second most regular hazard is from turning an entryway open. This is generally troublesome on appropriately protected entryways with strikes or high holding power attractive locks. Completely executed access control frameworks incorporate constrained entryway observing alerts. These change in adequacy, generally coming up short from high bogus positive cautions, Prop alert to advise framework heads regarding an entryway left open longer than a predefined time span. The third most normal security chance is cataclysmic events. So as to relieve chance from catastrophic events, the structure of the structure, down to the nature of the system and PC gear fundamental. From a hierarchical viewpoint, the administration should receive and execute an All Hazards Plan, or Incident Response Plan. The features of any occurrence plan controlled by the National Incident Management System must incorporate Pre-episode arranging, during episode activities, fiasco recuperation, and after-activity survey. Like turning is slamming through modest parcel dividers. In shared inhabitant spaces, the divisional divider is powerlessness. A weakness similarly is the breaking of sidelights. Parodying locking equipment is genuinely basic and more rich than turning. A solid magnet can work like solenoid and control jolts in electric locking equipment. Engine locks, more common in Europe than in the US, are additionally defenceless to this assault utilizing a donut molded magnet. It is likewise conceivable to control the ability to the lock either by expelling or including current, albeit most Access Control frameworks consolidate battery back-up frameworks and the locks are quite often situated on the protected side of the entryway.

B. The-Need-To-Know-Principle The need to know principle can be upheld with client get to controls and approval methods and its goal is to guarantee that lone approved people access data or frameworks important to embrace their obligations.

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com III. TECHNICAL CONTROL The fundamental focal point of specialized controls is get to control since it is one of the most undermined regions of security.

Savvy cards are a specialized control that can permit physical access into a structure or made sure about room and safely sign in to organization systems and PCs. Different layers of barrier are required for cover to shield from aggressors increasing direct access to organization assets. Interruption discovery frameworks are specialized controls that are basic since they recognize an interruption.

Identification is an absolute necessity since it tells the securityevent. Consciousness of the occasion permits the association to react and contain the occurrence. Review trails and access logs must be persistently observed. They empower the association to find where breaks are happening and how frequently. This data enables the security to group decrease vulnerabilities.

A. Smart Cards Token cards have microchips and coordinated circuits incorporated with the cards that procedure information. Microchips and coordinated circuits empower the brilliant card to do two-factor confirmation. This validation control helps shields unapproved aggressors or representatives from getting to rooms they are not allowed to enter. Worker data is saved money on the chip to help recognize and confirm the individual. Two-factor confirmation additionally ensures PCs, servers and server farms from unapproved people. Survey won't be conceded with ownership of the card alone. A type of biometrics (something you are) or a PIN or secret phrase (something you know) must be entered to open the card to verify the client. Access token keen cards come in two kinds, contact and contactless.

Contact keen cards have a contact point on the facade of the card 12 for information move. At the point when the card is embedded, fingers from the gadget reach focuses. The association with the chip powers it and empowers correspondence with the host gadget.

Contactless brilliant cards utilize a reception apparatus that speaks with electromagnetic waves. The electromagnetic sign gives capacity to the brilliant card and speaks with the card readers.

Access token cards are believed to be impenetrable to altering techniques; be that as it may, these cards are not programmer verification. Security is given through the intricacy of the keen token. The savvy token just permits the card to be perused after the right PIN is entered.

Encryption techniques shield malignant individuals from securing the information put away in the microchips. Savvy cards additionally can erase information put away on it the card distinguishes altering. Cost is an impediment of keen card innovation. It is costly to make brilliant cards and buy card readers.

Savvy cards are fundamentally little PCs and convey similar dangers. As innovation advances, stockpiling limit and the capacity to isolate "security-basic calculations" inside the keen cards. Keen cards can store keys utilized with encryption frameworks which helps security.

The independent circuits and capacity, license the card to utilize encryption calculations. The encryption calculations take into consideration ensured approval that can be applied.

B. Environmental Crime Prevention Crime Prevention Through Environmental Design (CPTED) Attempts to reduce crime utilizing facility construction,ecological components, and system of methods to alter human conduct. For instance, 10 now malevolent individuals can claim to chat on their mobile phone while leading video surveillance. Aggressors can hack into remote systems and make disavowal of administration assaults. Observation cameras ought to be set on display. On the off chance that enemies realize they are being checked, they may move to another objective. Workers feel more secure realizing that there is less possibility of an occurrence. Target solidifying centers around wrongdoing counteraction too. It contrasts from CPTED in that it utilizes cautions, doors, locks, wall, and comparative ideas to deny access through counterfeit and physical obstructions.

When utilizing objective solidifying, the perspective on the earth is less engaging.

C. Securing the Data of organisation Data centers and server rooms that house Information Technology or communications equipment must be off limit to unauthorized individuals. These rooms must be secured to forestall assaults. These rooms ought to be ensured and have constrained access to those representatives that require access for work obligations. The more human-incongruent these rooms are, the more outlandish assaults are executed. Oxygen uprooting, incredibly diminish lighting, cold temperatures and difficult to move because of little space, are strategies utilized in making a human unwelcoming condition. These data center rooms store strategic hardware and ought to be situated in the office and not in the storm cellar, ground or highest floors.

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com D. Physical Controls Facilities Need physical access controls in place that control, monitor and manage access controls. Categorised building sections and parts should be restricted, private or public. Different access control levels needs to restrict zones that each employee may enter depending on their role. Many process exist that enable control and isolate access privileges at facilities. These processes are intended to discourage and detect access from unauthorized person or itruder.

E. Proximity Readers and RFID 13 Access control systems use proximity readers to scan cards and determines if it has authorized access to enter the facility or region.

Access control frameworks assess the authorizations put away inside the chip sent by means of radio recurrence recognizable proof RFID. This innovation uses the utilization of transmitters (for sending) and responders (for getting). In physical access control, the utilization ofVicinity readers and access control cards that contain latent labels are utilized. Inactive labels are fuelled from the vicinity readers through an electromagnetic field created by the card reader.

IV. PLANNING FOR A PHYSICAL SECURITY PROGRAM The physical security team should continually improve the program using the defence in depth method. If an attacker bargains one layer, he will at present need to infiltrate the extra layers to get a benefit. To give a case of this idea, let us state that you have a PC that an aggressor needs to get to. The PC is situated inside a bolted room inside a structure. The structure has an entrance control framework set up, and there is a fence with a watchman outside. On the off chance that the enemy just expected to climb the fence to get to the information, just one degree of security is set up to stop an interloper. On the off chance that we included security watches, get to control frameworks, bolted entryways, this would make the undertaking increasingly hard for the individual attempting to get an asset. In addition, signing into the PCs and servers ought to require a shrewd card or token notwithstanding a pin or secret word so as to get to exclusive information. These safety efforts cooperating gives different degrees of security. The group needs to distinguish key execution markers (KPIs) to improve the security program.

A. Why Companies Choose Access Control Systems 1) Physical Security: The primary reason associations pick get to control frameworks over conventional lock and keys is the expanded degree of security. Frameworks can adequately keep unapproved people from accessing secure substance, resources, or information inside the organization.

2) Compliance: Numerous enterprises expect organizations to fulfil consistence guidelines, send reports to government offices, and keep up strategies and techniques to guarantee all activities satisfy the laws and guidelines for the business. Consistence necessities regularly incorporate ensuring resources and customer information. Businesses affected by broad consistence prerequisites incorporate medicinal services, budgetary administrations, server farms, and SaaS suppliers.

3) Reduce Internal Theft: For some organizations, interior robbery altogether impacts the reality. Access control frameworks make governing rules by following the section and exit to make sure about territories. Checked frameworks can decrease misfortunes, get episodes of inward robbery, and give proof to the arraignment.

B. The Methodology of Access Control Systems There are some common methods access control systems that communicate with other security devices. These systems connect between the reader and theserver using cloud-based, Smartphone-based, or IOT Based Access Control Systems.

1) Authorization: The way toward choosing and allocating who gets freedom to what. Approval transforms outcasts into associates dependent on the entrance control strategy utilized (RBAC, DAC, or MAC). Regularly, organization arrangements figure out who can enter what territories, which positions get what clearances, and whether different colleagues share get to. Every representative classification gets a rundown of freedom levels relegated, making it simpler for supervisors and executives to start and fire get to dependent on the obligations and duties of the worker or position. Chairmen then allot qualifications dependent on the benefits permitted.

2) Management: The way toward controlling who approaches which secure territories. The overseer oversees approval dependent on organization conventions, which can incorporate enacting and dropping qualifications, checking access through inner following, and investigating issues. A supervisor may remotely issue, drop, or reset a code, controlling what individuals from the group will approach any given zone. They can likewise get to a record of section and exit to a region, gave the framework records a review trail.

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com 3) Authentication: The way toward tolerating or dismissing a lot of introduced accreditations. Confirmation approves the partner endorsement level, affirms get to accreditations dependent on a preapproved list, and checks the approval of some random person. The worker or partner presents certifications to a reader, which at that point confirms those qualifications to decide whether the framework will give passage. The three most regular elements used to verify a client include: a) Information, the client, knows or chooses, for example, a secret key, expression or PIN b) Something the client conveys, for example, a key FOB, key card, or savvy card c) Something the client is, for example, biometric measures like a unique finger impression, palm print, or eye filters 4) Audit: The way toward observing access to make sure about zones. A review trail gives subtleties of section and exits just as certification dismissals. A survey of the information can improve security by distinguishing territories for development, perceive surprising conduct, diminish episodes of inside burglary, help research suspicious occasions, improve recordkeeping, and meet consistence necessities.

5) Access: The procedure of either opening a way to a safe zone or setting off acaution. When introduced certifications coordinate the approval list, the entryway opens, and the part picks up passage to the safe territory. At the point when certifications don't coordinate the territory, entryway, or cabinet remains bolted. A keyless lock with a review highlight will log the two acknowledgments and dismissals. A few frameworks will start extra safety efforts, for example, cameras, in case of a dismissal.

V. HOW TO CHOOSE AN ACCESS CONTROL SYSTEM Technology is rapidly changing the physical security landscape. Installing an access control can increase the level of security attained as well as provides the tracking tools to monitor access to secure areas. A top considerationof any security framework is the degree of security offered, yet it isn't the one and only one. Other significant elements may incorporate the nature of the equipment, simplicity of refreshing the product to diminish powerlessness to programmers, and the encryption of certifications. The frameworks can work as an independent gadget or coordinated inside a current framework. The simplicity of changing client certifications, client experience, utilization of multifaceted validation, and level of managerial control can limit the framework determination.

A. Staff Training Staff education increases the effectiveness of any new security measure. Training should include not only new policies and procedures, but an understanding of the importance of adding this additional layer of security is also important to understand the need of physical security and access control system.

B. Conduct Regular Checks Security checks can incorporate progressing staff preparing, log surveys, and following estimates that review the viability of the framework. A basic survey of review information on a progressing premise can reveal new issues, feature vulnerabilities, and reveal new zones that need extra security.

C. The Benefits of Access Control Access Control is a system designed to allow companies to stay in charge of their security. With specific access, building access frameworks permit your premises to seem inviting while at the same time offering greatest insurance outside dangers and from interior difficulties, for example, shrinkage.

An entrance control framework proactively screens, oversees get to and makes sure about various of purposes of section and exit progressively, for people, vehicles and materials, all from a solitary area. Entryway control connects to many supporting frameworks including video and offers full documentation.

D. The Three Types of Access Control Systems In a word, get to control is utilized to distinguish a person who makes a particular showing, confirm them, and afterward continue to give that individual just the way in to the entryway or workstation that they need access to and that's it. Access control frameworks come in three varieties: Discretionary AccessControl (DAC), Mandatory AccessControl (MAC), and Role-Based AccessControl (RBAC).

1) Discretionary Access Control (DAC): Discretionary Access Control is a type of access control system which holds the business owner responsible for deciding which and how many people are allowed in a specific location, physically or digitally. DAC is the least prohibitive contrasted with different frameworks, as it basically permits an individual full oversight over any articles they own, just as the projects related with those items. The downside to Discretionary Access Control is the way that it gives the

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com end-client unlimited authority to set security level settings for different clients and the consents given to the end-client are acquired into different projects they use which might prompt malware being executed without the end-client monitoring it.

2) Mandatory Access Control (MAC): Mandatory Access Control is more commonly utilized in organizations that require a special attention on the confidentiality and classification of data (i.e. military institutions). MAC doesn't allow proprietors to have a state in the substances approaching in a unit or office, rather, just the proprietor and overseer have the administration of the entrance controls. Macintosh will regularly arrange all end clients and give them names which grant them to get entrance through security with set up security rules.

3) Role-Based Access Control (RBAC): Also known as Rule-Based Access Control, RBAC is the most requested as to get to control frameworks. Not exclusively is it popular among family units, RBAC has likewise gotten exceptionally looked for after in the business world. In RBAC frameworks, get to is allocated by the framework director and is stringently founded regarding the matter's job inside the family unit or association and most benefits depend on the confinements characterized by their activity obligations. Along these lines, instead of doling out a person as a security director, the security administratorposition as of now approaches control authorizations relegated to it. RBAC makes life much easier by this way that rather than assigning multiple individuals particular access, the system administrator only has to assign access to specific job titles.

VI.

HOW TO CHOOSE THE BEST ACCESS CONTROL SYSTEM FOR YOUR ORGANISATION TO ENHANCE ITS SECURITY As should be obvious, with regards to picking the kind of access control framework that is generally reasonable for your association, there are various components included. A portion of those elements incorporate the idea of your business, security strategies inside the association, and the quantity of clients on the framework.

Spots of business with little or fundamental applications will presumably see Discretionary Access Control as less convoluted and better used. Assuming, in any case, you have profoundly private or delicate data on your business stage, a Mandatory Access or Role-Based Access Control framework are two choices you might need to consider.

VII. PROPOSED METHOD Id Cards are used to identify the identity of the person whether the person is real or fake in colleges. Id Card doesn't have any QR code or chip system. So anyone can make fake id card and use it for their own purpose.

Our Proposed Method is ID card should contain a chip and have a QR code. So that fake id cards can’t be made.Contact smart card chip is added to an ID card, the workflow changes. The data read from the chip or written to the chip is not handled by the windows printing function chip should contain the information of that student like till when that chip is valid and the course name phone number name and everything is stored in that chip and at the entry time to scan the validity of that card there should be reader at the entry points and that id cards should bechecked digitally so that there are fewer chances of fake id cards to enter the lab.

Cost to install chips in id cards of the university is not much.

The scanner should be there outside all the labs and buildings for entry and every person should have their id card if they want to access some work.

VIII. CONCLUSION Electronic access control systems providesnew level of physical security for small and large industries and areas. New technologies have improved access control systems, making them instinctive and responsive to business needs, transforming the physical security of millions of offices. Electronic and other access control systems secure areas from parking garages, buildings, down to cabinetlevel security of file cabinets and desk drawers by including perimeter security etc. Utilizing the newest technologies creates a management system that will help maintain a safe environment for employees and visitors, reduce losses due to security breaches, and identify system vulnerabilities to better protect the company and the assets and data it maintains.and that is why we have given our proposed method to make the systems and its environment more safe and it also enhance the security of organisation and make it trustworthy.

REFRENCES [1] [2] [3] [4]

https://en.wikipedia.org/wiki/Access_control https://www.senseon.com/access-control/ https://www.milestonesys.com/community/use-areas/access-Control/?gclid=EAIaIQobChMIm6nvldLs6AIVi4ePCh1WAwMyEAMYASAAEgLF3PD_BwE https://www.tedsystems.com/3-types-access-control-which-right-building/

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International Journal for Research in Applied Science & Engineering Technology (IJRASET) ISSN: 2321-9653; IC Value: 45.98; SJ Impact Factor: 7.429 Volume 8 Issue V May 2020- Available at www.ijraset.com [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17]

[18] [19]

http://www.academia.edu/Documents/in/Physical_security http://www.academia.edu/Documents/in/Access_Control https://www.sans.org/reading-room/whitepapers/physical/paper/37120 https://link.springer.com/chapter/10.1007/978-3-642-35362-8_19 https://www.sciencedirect.com/topics/computer-science/physical-access-control/ http://www.ittoday.info/AIMS/DSM/8305101.pdf https://www.researchgate.net/publication/282219117_SECURITY_FUNDAMENTALS_ACCESS_CONTROL_MODELS https://patents.google.com/patent/US7466223B2/en https://www.essaytown.com/subjects/paper/access-control-information-security/6330798 83-05-10.1 Physical Access Control Dan M. Bowers Physical Access Control Administration Using Building Information Models Nimalaprakasan Skandhakumar, Farzad Salim, Jason Reid, and Ed Dawson Queensland University of Technology, Queensland, Australia {n.skandhakumar,f.salim,jf.reid,e.dawson}@qut.edu.au Physical Security By FA Division Security Patterns for Physical Access Control Systems Eduardo B. Fernandez, Jose Ballesteros, Ana C. Desouza-Doucet, and Maria M. LarrondoPetrieDepartment of Computer Science and Engineering Florida Atlantic University Boca Raton, Florida 33431, USA ed@cse.fau.edu, jballes2@fau.edu, adoucet@bluefrogsolutions.com,maria@cse.fau.eu Physical Security: A Biometric Approach Ryan Hay https://www.colorid.com/learning-center/id-printers-and-cards-with-chip

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